Orthopaedic theses in Indian teaching hospitals are driven by heavy trauma loads and growing elective work. A good thesis compares two accepted fixation methods, evaluates outcomes of a procedure your unit performs often, or studies a common condition such as osteoarthritis, low back pain, frozen shoulder or osteoporosis. Functional and radiological union outcomes measured on validated scores make results convincing to examiners.

Prospective observational and comparative studies, with follow-up long enough to assess union and early function, suit the residency period best. The catalogue covers Spine, Paediatric Orthopaedics, Fractures and Trauma, Sports Medicine and Arthroscopy, Osteoporosis and Regenerative Orthopaedics, Arthroplasty, Hand and Upper Limb, and Musculoskeletal Oncology and Infection, from nailing and plating comparisons to PRP injections and arthroscopic outcomes in sports injuries.

1What the MS Orthopaedics catalogue covers

Our thesis-title catalogue, shared with our sister site medicalthesistopic.in, currently lists 424 MS Orthopaedics titles. The newest ones are based on PubMed literature published in 2024–2026. Titles by subject area (top 8):

Subject areaTitles
Spine77
Paediatric Orthopaedics75
Fractures & Trauma71
Sports Medicine & Arthroscopy49
Osteoporosis & Regenerative Orthopaedics44
Arthroplasty41
Hand & Upper Limb38
Musculoskeletal Oncology & Infection29

Most common study designs: prospective observational study (139), prospective comparative study (112), prospective analytical study (61), hospital-based cross-sectional study (59), retrospective record-based study (31), community-based cross-sectional study (9). Each title already names its study design, so you can see at a glance whether it suits your department's patient load and your timeline.

Browse by subject area: Arthroplasty Β· Fractures & Trauma Β· Osteoporosis & Regenerative Orthopaedics Β· Paediatric Orthopaedics Β· Spine Β· Sports Medicine & Arthroscopy

250 recent MS Orthopaedics thesis titles

These 50 titles are free to read. Discuss any of them with your guide before you commit; check that it has not already been taken up in your department.

  1. 001

    Diagnostic accuracy of point-of-care ultrasonography compared with radiography in suspected paediatric forearm fractures

    Paediatric OrthopaedicsProspective analytical studyDiagnostic / Tool Evaluation
  2. 002

    Prevalence of musculoskeletal pain and its association with school bag weight among school children

    Paediatric OrthopaedicsCommunity-based cross-sectional studyCommunity / KAP
  3. 003

    Foot orthoses versus intrinsic foot muscle exercises in symptomatic flexible flatfoot in children

    Paediatric OrthopaedicsProspective comparative studyComparative / Interventional
  4. 004

    Clinical profile of nutritional rickets presenting with lower limb deformity and radiological response to vitamin D therapy

    Paediatric OrthopaedicsProspective observational studyOutcome / Prognostic
  5. 005

    Arthrotomy versus arthroscopic lavage in septic arthritis of the knee in children: recovery and complications

    Paediatric OrthopaedicsProspective comparative studyComparative / Interventional
  6. 006

    Microbiological profile and antibiotic sensitivity in paediatric septic arthritis and acute osteomyelitis

    Paediatric OrthopaedicsHospital-based cross-sectional studyClinical Spectrum / Profile
  7. 007

    Serum procalcitonin versus C-reactive protein in the diagnosis of bone and joint infections in children

    Paediatric OrthopaedicsProspective analytical studyDiagnostic / Tool Evaluation
  8. 008

    Clinical profile and outcome of chronic osteomyelitis in children treated with sequestrectomy

    Paediatric OrthopaedicsProspective observational studyOutcome / Prognostic
  9. 009

    Diagnostic accuracy of Ortolani and Barlow tests compared with Graf ultrasonography in newborn hip screening

    Paediatric OrthopaedicsProspective analytical studyDiagnostic / Tool Evaluation
  10. 010

    Pavlik harness treatment in ultrasonographically unstable hips in infants: success rate and predictors of failure

    Paediatric OrthopaedicsProspective observational studyOutcome / Prognostic
  11. 011

    Clinical profile and outcome of open reduction for developmental dysplasia of the hip presenting after walking age

    Paediatric OrthopaedicsRetrospective record-based studyOutcome / Prognostic
  12. 012

    Single-event multilevel surgery in spastic diplegic cerebral palsy: change in gait and Gross Motor Function Measure

    Paediatric OrthopaedicsProspective observational studyOutcome / Prognostic
  13. 013

    Hip migration percentage and its association with GMFCS level in children with spastic cerebral palsy

    Paediatric OrthopaedicsHospital-based cross-sectional studyAssociation / Correlation
  14. 014

    Clinical profile and outcome of paediatric tibial shaft fractures managed with closed reduction and casting

    Paediatric OrthopaedicsProspective observational studyOutcome / Prognostic
  15. 015

    Above-elbow versus below-elbow cast after closed reduction of displaced distal forearm fractures in children: loss of reduction

    Paediatric OrthopaedicsProspective comparative studyComparative / Interventional
  16. 016

    Incidence and recovery of nerve injuries associated with Gartland type III supracondylar humerus fractures in children

    Paediatric OrthopaedicsProspective observational studyOutcome / Prognostic
  17. 017

    Titanium elastic nailing versus submuscular plating in length-unstable femoral shaft fractures in children aged 6 to 14 years

    Paediatric OrthopaedicsProspective comparative studyComparative / Interventional
  18. 018

    Elastic stable intramedullary nailing versus plate fixation in paediatric both-bone forearm fractures

    Paediatric OrthopaedicsProspective comparative studyComparative / Interventional
  19. 019

    Functional and radiological outcome of displaced lateral condyle humerus fractures in children treated with open reduction and K-wire fixation

    Paediatric OrthopaedicsProspective observational studyOutcome / Prognostic
  20. 020

    Load-sharing classification and its association with implant failure after short-segment fixation of thoracolumbar burst fractures

    SpineProspective analytical studyAssociation / Correlation
  21. 021

    Decompression alone versus decompression with fusion in lumbar canal stenosis with stable degenerative spondylolisthesis

    SpineProspective comparative studyComparative / Interventional
  22. 022

    Diagnostic accuracy of MRI in differentiating benign osteoporotic from malignant vertebral compression fractures

    SpineProspective analytical studyDiagnostic / Tool Evaluation
  23. 023

    Return to work and its determinants after lumbar discectomy among manual labourers

    SpineProspective observational studyOutcome / Prognostic
  24. 024

    Closed suction drain versus no drain after single-level lumbar decompression: haematoma and wound complications

    SpineProspective comparative studyComparative / Interventional
  25. 025

    Preoperative anxiety and depression assessed by HADS and their association with outcome after lumbar spine surgery

    SpineProspective analytical studyAssociation / Correlation
  26. 026

    Cervical traction with exercise versus exercise alone in cervical radiculopathy: pain and Neck Disability Index

    SpineProspective comparative studyComparative / Interventional
  27. 027

    Ganglion impar block versus local corticosteroid injection in chronic coccydynia

    SpineProspective comparative studyComparative / Interventional
  28. 028

    Prevalence of scoliosis by forward bend test and scoliometer among school children

    SpineCommunity-based cross-sectional studyClinical Spectrum / Profile
  29. 029

    Correlation of MRI spinal cord compression ratio with mJOA score in cervical spondylotic myelopathy

    SpineHospital-based cross-sectional studyAssociation / Correlation
  30. 030

    Microdiscectomy versus conventional open discectomy in single-level lumbar disc herniation: pain, disability and return to work

    SpineProspective comparative studyComparative / Interventional
  31. 031

    Incidence and risk factors of recurrent lumbar disc herniation within one year of discectomy

    SpineProspective observational studyAssociation / Correlation
  32. 032

    Early mobilisation within 24 hours versus delayed mobilisation after lumbar discectomy: functional recovery and hospital stay

    SpineProspective comparative studyComparative / Interventional
  33. 033

    Erector spinae plane block versus local wound infiltration for postoperative analgesia after lumbar spine surgery

    SpineProspective comparative studyComparative / Interventional
  34. 034

    Incidence, risk factors and outcome of incidental durotomy during lumbar spine surgery

    SpineProspective observational studyAssociation / Correlation
  35. 035

    Thoracolumbar orthosis versus no brace in stable thoracolumbar burst fractures without neurological deficit: pain and kyphosis progression

    SpineProspective comparative studyComparative / Interventional
  36. 036

    Prevalence of osteoporosis on DEXA in patients undergoing elective lumbar spinal fusion

    SpineHospital-based cross-sectional studyClinical Spectrum / Profile
  37. 037

    Revised Tokuhashi score in predicting survival of patients with metastatic spinal disease

    SpineProspective observational studyDiagnostic / Tool Evaluation
  38. 038

    Spinal Instability Neoplastic Score and functional outcome after surgical stabilisation of spinal metastases

    SpineProspective observational studyOutcome / Prognostic
  39. 039

    Intravenous tranexamic acid versus no tranexamic acid for blood loss in posterior instrumented lumbar fusion

    SpineProspective comparative studyComparative / Interventional
  40. 040

    Clinical profile, microbiological yield and neurological outcome of pyogenic spondylodiscitis

    SpineProspective observational studyClinical Spectrum / Profile
  41. 041

    Posterolateral fusion versus transforaminal lumbar interbody fusion in degenerative lumbar spondylolisthesis: fusion rate and function

    SpineProspective comparative studyComparative / Interventional
  42. 042

    Sagittal spinopelvic parameters and their association with functional outcome after lumbar fusion for degenerative spondylolisthesis

    SpineProspective analytical studyAssociation / Correlation
  43. 043

    Fluoroscopy-guided facet joint injection versus medial branch radiofrequency ablation in lumbar facet joint pain

    SpineProspective comparative studyComparative / Interventional
  44. 044

    Diagnostic accuracy of sacroiliac joint provocation tests against fluoroscopy-guided diagnostic block in chronic low back pain

    SpineProspective analytical studyDiagnostic / Tool Evaluation
  45. 045

    Percutaneous versus open pedicle screw fixation in thoracolumbar fractures without neurological deficit: blood loss and postoperative pain

    SpineProspective comparative studyComparative / Interventional
  46. 046

    Accuracy of freehand pedicle screw placement assessed on postoperative CT in thoracolumbar spinal fixation

    SpineProspective observational studyOutcome / Prognostic
  47. 047

    Subaxial Cervical Spine Injury Classification (SLIC) in guiding management and neurological outcome of subaxial cervical spine injuries

    SpineProspective observational studyDiagnostic / Tool Evaluation
  48. 048

    Anterior versus posterior surgical approach in multilevel cervical spondylotic myelopathy: mJOA score recovery and complications

    SpineProspective comparative studyComparative / Interventional
  49. 049

    Preoperative T2-weighted MRI intramedullary signal change and its association with neurological recovery after surgery for degenerative cervical myelopathy

    SpineProspective analytical studyAssociation / Correlation
  50. 050

    Correlation of knee ultrasonographic findings with WOMAC score in primary knee osteoarthritis

    Osteoporosis & Regenerative OrthopaedicsHospital-based cross-sectional studyAssociation / Correlation

3Download MS Orthopaedics titles in Excel (β‚Ή1 per title)

Want more than these 50? Download an Excel of the newest titles: latest 100 for β‚Ή100, latest 500 for β‚Ή500, or all 424 titles at β‚Ή1 each. Or search a keyword (for example a disease or test) and pay only for the titles found. Pay by UPI, QR or card; the Excel downloads instantly.

πŸ“₯ MS Orthopaedics Titles in Excel Β· β‚Ή1 per title

100 titles = β‚Ή100. Secure checkout (UPI / QR / card) on our sister site medicalthesistopic.in; the Excel downloads instantly.

1 Β· Speciality package (newest first)

2 Β· Or search a keyword

Or browse free titles by speciality β†’

4Objectives and synopsis for any title

Liked a title? Each one has two optional paid add-ons on medicalthesistopic.in, paid separately there:

  • Objectives (β‚Ή50): research question, aim, primary and secondary objectives, hypothesis and outcome measures for that exact title.
  • Full Plan / Synopsis (β‚Ή500): a complete synopsis draft for that title, from introduction and review-of-literature search plan to sample size working, methodology and statistical plan.

Use the buttons under each title above; they open that title on medicalthesistopic.in. Treat the output as a first draft to edit with your guide, and read how to write aims and objectives before you finalise yours.

5Tips for choosing a MS Orthopaedics topic

  • Fracture union and functional recovery need months. Finish recruitment early so every patient completes the planned follow-up, and choose outcome time points your university accepts.
  • Use validated scores such as the Harris Hip Score, Oxford Knee Score, WOMAC, DASH, Constant score, Lysholm score and the Oswestry Disability Index, and the AO/OTA classification for fractures.
  • Implants and arthroplasty components are costly. Check whether patients, schemes or the hospital pay, as financial barriers can bias who receives each technique in comparative studies.
  • Loss to follow-up is common once pain settles. Collect reliable contacts, align review visits with routine fracture clinic dates and consider phone-based functional scoring where validated.

For the general checklist (patient load, timeline, cost, ethics), see how to choose an MD/MS thesis topic, and for more ideas our earlier post on MS Orthopaedics thesis topics. Every titles page for other specialities is listed on thesis topics by speciality.

6Need help with your thesis?

PubMedico's team helps MS Orthopaedics residents with synopsis writing, sample size, statistics and the final thesis draft. WhatsApp +91 78787 33004 for a free thesis guidance.

❓ Frequently Asked Questions

Quick answers to common questions on this topic

Which orthopaedics thesis topics are most feasible?+

Comparisons of fixation methods for common fractures, such as distal radius, intertrochanteric, tibial shaft or paediatric forearm fractures, are very feasible due to steady trauma volumes. Topics on knee osteoarthritis injections or frozen shoulder treatments also recruit well. Avoid rare tumours or complex revisions unless your unit specialises in them.

Is a PRP or regenerative therapy thesis a good choice?+

PRP studies in osteoarthritis, tennis elbow, plantar fasciitis or rotator cuff problems are popular and feasible. Standardise the preparation method, volume and injection technique, and compare with an accepted treatment such as corticosteroid injection. Use validated pain and function scores over a defined follow-up.

Can I do an arthroscopy thesis as a resident?+

Yes, if your department performs regular arthroscopic surgery. Outcome studies of ACL reconstruction, meniscal repair or shoulder procedures, or diagnostic correlation with MRI, are common. Ensure you are part of the operating team and that follow-up is long enough to assess early functional recovery.

Can I use these MS Orthopaedics titles directly as my thesis title?+

Use them as starting points. Discuss the title with your guide, check that it fits your department's patients and facilities, check it has not already been done at your institution, and adjust the wording before you submit it to your ethics committee.